Homework Help is Here – Start Your Trial Now!
Science
Advanced Physics
In case of a linear isotropic dielectric, when placed in an external electric field, the induced dipole moment is in the direction of the field and is proportional to the field strength 2. in the opposite direction of the field and is proportional to the field strength 3. in the direction of the field and is inversely proportional to the field strength 4. in the opposite direction of the field and is inversely proportional to the field strength

In case of a linear isotropic dielectric, when placed in an external electric field, the induced dipole moment is in the direction of the field and is proportional to the field strength 2. in the opposite direction of the field and is proportional to the field strength 3. in the direction of the field and is inversely proportional to the field strength 4. in the opposite direction of the field and is inversely proportional to the field strength

icon
Related questions
Question
In case of a linear isotropic dielectric, when placed in an external electric field, the induced dipole moment is 1. in the direction of the field and is proportional to the field strength 2. in the opposite direction of the field and is proportional to the field strength 3. in the direction of the field and is inversely proportional to the field strength 4. in the opposite direction of the field and is inversely proportional to the field strength
Transcribed Image Text:In case of a linear isotropic dielectric, when placed in an external electric field, the induced dipole moment is 1. in the direction of the field and is proportional to the field strength 2. in the opposite direction of the field and is proportional to the field strength 3. in the direction of the field and is inversely proportional to the field strength 4. in the opposite direction of the field and is inversely proportional to the field strength
Expert Solution
steps

Step by step

Solved in 3 steps

SEE SOLUTIONCheck out a sample Q&A here
Blurred answer